OFC

The growing digital population and increasing data consumption highlight Optical Fiber Cable (OFC) as vital infrastructure in the digital age, offering superior bandwidth and transmission speeds over copper cables. With data demands rising sharply, enhancing OFC networks is crucial to meet these needs effectively.

At Systematic, our advanced manufacturing facility ensures top-quality connectivity solutions, supported by cutting-edge technology for seamless and unparalleled connectivity.

DUCT CABLE  

Uni Tube Cable

Duct Cable is designed to be pulled into ducts in service ducts of an optical cable communication network. The cable design is available in uni tube (up to 12 fibers) Glass yarn/Aramid yarn can be added for extra axial pulling strength.

 

Application

• Backbone network routes,
• Telecommunication and data trunk
• Secondary distribution
• Placement in ducts or on cable trays
• Aerial Application for CATV Network

MULTI TUBE CABLE ARMOURED & UNARMOURED

Cable Construction

The cable (Armoured & Unarmoured) has multiple loose tubes containing optical fibers and jelly. Loose tubes are S-Z stranded around non-metallic central strength member (FRP). Suitable for blowing in HDPE ducts/ PVC pipes. The cable design is available in unitube (up to 12 fibres), multitube (up to 144 fibres).

Available options

• HDPE/LSZH/PVC/PA-12 as outer Jacketing Available
• Customized designs are available on request.
• Dry core construction is optional.
• Composite of various types of fibers (SM & MM). Fibre options: SM (G652D, G655 & G657), MM (OM1, OM2, OM3 & Om4)
• Metallic central strength member option available.
• Higher Count Fiber cable designs are available on request.

ADSS CABLE

All Dielectric Self Supporting (ADSS) cable is designed for installation on poles  The aramid yarn strength member and the radial shape of the slotted core profile provide an effective protection against tension and radial forces applied by the cable fittings. Being completely dielectric, the cable can be installed parallel with power lines. Light weight permits larger spans. Ideal for direct installation on poles and buildings.

 

• Customized designs are available on request.
• Fibre options: SM (G652/D, G655 & G657), MM (OM1, OM2 &OM3)
• Dry core construction (non jelly) is optional. Composite of various types of fibres (SM & MM). Metallic central strength member option available.
• High strength cable construction is available on request.
• Higher fibre count cable designs are available on request.

Aerial Cable

Smart core Aerial Cable is designed with integral bearer for installation on utility poles of an optical cable Communication network. The cable design is available in unitube (up to 12 fibers), and multi tube design (up to 96 fibers) and figure-8 design. The design is lightweight and flexible and able to withstand normal installation forces of strain, crush, bend and twist.

Cable Construction

The loose tubes containing fibres and jelly are S-Z stranded around a central strength member. A bunch of stranded steel wires are sheathed with core to make the figure-8 construction, ideal for aerial installation. Light weight permits larger spans. Ideal for direct installation on poles and buildings.

Available Options

• HDPE as outer Jacketing Available.
• Customized designs are available on request.
• Fibre options: SM (G652/D, G655 & G657), MM (OM1, OM2 & OM3)
• Dry core construction (non jelly) is optional.
• Composite of various types of fibers (SM & MM).
• Metallic central strength member option available.
• High strength cable construction is available on request.
• Higher count fiber cable designs are available on request.

FAQs

1. What is an optical fibre cable?

An optical fibre cable is a type of cable that transmits data as light signals through thin strands of glass or plastic fibers. It is used for high-speed data transmission over long distances with minimal signal loss.

 

2. What are the types of fibre optic cable?

   There are two main types of fibre optic cables:

• Single-mode fibre :Designed for long-distance communication, it allows only one light mode to propagate through the fiber.
• Multi-mode fibre :Suitable for shorter distances, it supports multiple light modes, making it ideal for local area networks (LANs).

 

3. Why is fibre optic cable better than copper?

   Fibre optic cables are superior to copper cables for several reasons:

• Higher bandwidth:Fibre optics support much greater data rates.
• Longer distances:They can transmit data over much longer distances without significant signal loss.
• Less interference:Optical fibres are immune to electromagnetic interference.
• Smaller size and weight:They are thinner and lighter than copper cables.

4. How often do fibre optic cables need to be replaced?

   Fibre optic cables are very durable and can last for many years, often 25 years or more, if installed and maintained properly. However, replacement might be necessary if the cables are physically damaged or if technological advancements necessitate upgrades for higher performance.